Lake Shore ICEC/ICMC exhibit to highlight cryogenic controllers, monitors, bridges
Lake Shore at ICEC/ICMC

Lake Shore Cryotronics will be discussing its comprehensive line of cryogenic temperature instruments and sensors at the ICEC/ICMC conference, July 7–11, in Enschede, the Netherlands.

ICEC/ICMC focuses, in part, on instrumentation and process control for cryogenic engineering, cryocoolers, and low-temperature liquefaction systems. As such, Lake Shore’s exhibit will showcase solutions that support measurement of temperature at multiple critical points, including:

  • Its popular Model 336 controller with up to eight sensor inputs and four independent control outputs, and support for automated temperature control down to 300 mK with the appropriate sensors.
  • The Model 350 controller with up to eight sensor input and four independent control outputs, and support for measurement as low as 100 mK with the appropriate sensors. It is ideal for He-3, ADR, and dilution refrigerator applications requiring measurement precision.
  • The soon-to-be-released Model 372 AC resistance bridge with a dedicated input for continuous low temperature control and the ability to measure to below 10 mK in a well-designed system. The Model 372 is ideal for use with the world’s most advanced dilution refrigerator systems.
  • The 12-channel Model 224 monitor with high sensitivity and 12 independently configurable inputs for measurement of various points in a system at temperatures down to 300 mK with the appropriate sensors.

All of these instruments are optimized to work with Lake Shore’s industry-leading temperature sensors, which include Cernox thin-film RTD sensors and silicon diode, germanium, ruthenium oxide sensors, as well as platinum RTDs.

Lake Shore also offers:

  • Temperature modules for sending sensor readings to data acquisition systems.
  • A new terahertz (THz) characterization system that uses THz-frequency energy and a cryostat to measure material responses across a range of frequencies, temperatures, and field strengths.
  • Cryogenic probe stations for studying materials and early-stage devices in a precisely controlled environment at temperatures as low as 1.6 K (when using the CPX station).
  • Hall measurement systems with closed-cycle refrigerator options for performing Hall effect measurements as a function of temperature.
  • Magnetometer systems (VSM/AGMs) for characterizing magnetic properties over a range of temperatures, as low as 4.2 K with the 7400 Series VSM.

For more information, visit ICEC/ICMC Booth 24.